Functional Description, Assembly, Operating Instructions

FUNCTIONAL DESCRIPTION

	1	2
4		5

CONTROLS AND COMPONENTS:		4.	Cord
1.	Trigger Switch	4.	Cord
2.	Lock-On Button	5.	Brushes
3.	Collet	6.	Speed Control Dial

ASSEMBLY

Always unplug power tool before changing accessories, changing collets or servicing.

•To loosen collet nut, press the shaft lock button and rotate the shaft by hand until the lock engages the shaft preventing further rotation.

•DO NOT ENGAGE LOCK WHILE THE ROTARY TOOL IS RUNNING.

•Never force a larger diameter shank into a collet. Always match the collet nut to the shank size of the accessory you plan to use.

•Avoid excessive tightening of the collet nut when there is no bit inserted.

COLLET NUT	KEYLESS
COLLET NUT	CHUCK
	ASSEMBLY

COLLET

SHAFT LOCK

BUTTON

OPERATING INSTRUCTIONS

Disconnect the power plug from the AC power source before any assembly, adjustments, or adding/removing accessories.

Following this preventative step reduces the risk of the saw coming on acciden- tally and the risk of damage to the workpiece and injury to the operator.

Never hold the tool near your face. Accessories like wire brushes or grinding wheels may come apart during use.

Be careful not to cover the air vents with your hand. This will cause the motor to overheat.

This rotary tool is a multipurpose power tool. It is a drill, polisher, power brush, grinder, cutter, and sander all in one. This high-speed, low torque tool is easy to handle and accepts a wide range of accessories from polishers to router bits to wire brushes and grinding wheels. The high speed allows it to do jobs that low speed tools can't handle like engraving glass or cutting hardened steel.

Hold the tool in your hand and find your best grip.

Never push on the tool. The high speed and the accessory, not the pressure on the tool, do the work.

Practice by making passes on a scrap piece of material. This tool works best if you do the work in small increments, moving back and forth until you reach the desired result.

OPERATING SPEEDS

Speed is affected by voltage changes. If the incoming volt- age is reduced, it will slow the RPM of the tool, especially at the lowest setting. If the tool appears to be running slowly, increase the setting accordingly.